This object describes the reason why a port is currently
auto-partitioned or otherwise disabled.
A value of unknown(1) indicates that the port currently has a
rptrAutoPartitionState of autoPartitioned(2) and a
rptrPortOperStatus of operational(1), as defined in RFC 1516,
but the implementation cannot determine the exact reason why
the port has auto-partitioned.
A value of notPartitioned(2) indicates that the port currently
has a rptrAutoPartitionState of notAutoPartitioned(1) and a
rptrPortOperStatus of operational(1), as defined in RFC 1516.
A value of managementPartitioned(3) indicates that the port
currently has a rptrPortAdminStatus of disabled(2) (or is
otherwise not operational) and a rptrAutoPartitionState of
notAutoPartitioned(1), as defined in RFC 1516. However, if the
port currently has a rptrPortAdminStatus of disabled(2) and a
rptrAutoPartitionState of autoPartitioned(2), but the
implementation cannot determine the exact reason why the port
has auto-partitioned, then a value of managementPartitioned(3)
is returned.
A value of excessiveCollision(4) indicates that the port
currently has a rptrAutoPartitionState of autoPartitioned(2)
and a rptrPortOperStatus of operational(1), as defined in RFC
1516. The repeater auto-partitioned this port because it
detected an 'excessive length collision' condition.
A value of excessiveCollisionAndMgmtPart(5) indicates that the
port currently has a rptrAutoPartitionState of
autoPartitioned(2) and a rptrPortOperStatus of
notOperational(2), as defined in RFC 1516. The repeater
auto-partitioned this port because it detected an 'excessive
length collision' condition.
A value of consecutiveCollisions(6) indicates that the port
currently has a rptrAutoPartitionState of autoPartitioned(2)
and a rptrPortOperStatus of operational(1), as defined in RFC
1516. The repeater auto-partitioned this port because it
detected an 'excessive number of consecutive collisions'
condition.
A value of consecutiveCollisionsandMgmtPart(7) indicates that
the port currently has a rptrAutoPartitionState of
autoPartitioned(2) and a rptrPortOperStatus of
notOperational(2), as defined in RFC 1516. The repeater
auto-partitioned this port because it detected an 'excessive
number of consecutive collisions' condition.
A value of jabber(8) indicates that the port currently has a
rptrAutoPartitionState of autoPartitioned(2) and a
rptrPortOperStatus of operational(1), as defined in RFC 1516.
The repeater auto-partitioned this port because it detected an
'excessive length input message' condition.
A value of jabberAndMgmtPart(9) indicates that the port
currently has a rptrAutoPartitionState of autoPartitioned(2)
and a rptrPortOperStatus of notOperational(2), as defined in
RFC 1516. The repeater auto-partitioned this port because it
detected an 'excessive length input message' condition.
A value of noCarrierLoopback(10) indicates that the port
currently has a rptrAutoPartitionState of autoPartitioned(2)
and a rptrPortOperStatus of operational(1), as defined in RFC
1516. The repeater auto-partitioned this port because it
detected a 'no receive activity during transmission' condition.
A value of noCarrierLoopbackAndMgmtPart(11) indicates that the
port currently has a rptrAutoPartitionState of
autoPartitioned(2) and a rptrPortOperStatus of
notOperational(2), as defined in RFC 1516. The repeater
auto-partitioned this port because it detected a 'no receive
activity during transmission' condition.
A value of transmitCarrierDropout(12) indicates that the port
currently has a rptrAutoPartitionState of autoPartitioned(2)
and a rptrPortOperStatus of operational(1), as defined in RFC
1516. The repeater auto-partitioned this port because it
detected a 'transmit carrier drop' condition.
A value of transmitCarrierDropoutAndMgmtPart(13) indicates that
the port currently has a rptrAutoPartitionState of
autoPartitioned(2) and a rptrPortOperStatus of
notOperational(2), as defined in RFC 1516. The repeater
auto-partitioned this port because it detected a 'transmit
carrier drop' condition.
Parsed from file DECrepeater900.mib.txt
Company: None
Module: DECHUB900-ERPTR-MIB-V3-0
This object describes the reason why a port is currently
auto-partitioned or otherwise disabled.
A value of unknown(1) indicates that the port currently has a
rptrAutoPartitionState of autoPartitioned(2) and a
rptrPortOperStatus of operational(1), as defined in RFC 1516,
but the implementation cannot determine the exact reason why
the port has auto-partitioned.
A value of notPartitioned(2) indicates that the port currently
has a rptrAutoPartitionState of notAutoPartitioned(1) and a
rptrPortOperStatus of operational(1), as defined in RFC 1516.
A value of managementPartitioned(3) indicates that the port
currently has a rptrPortAdminStatus of disabled(2) (or is
otherwise not operational) and a rptrAutoPartitionState of
notAutoPartitioned(1), as defined in RFC 1516. However, if the
port currently has a rptrPortAdminStatus of disabled(2) and a
rptrAutoPartitionState of autoPartitioned(2), but the
implementation cannot determine the exact reason why the port
has auto-partitioned, then a value of managementPartitioned(3)
is returned.
A value of excessiveCollision(4) indicates that the port
currently has a rptrAutoPartitionState of autoPartitioned(2)
and a rptrPortOperStatus of operational(1), as defined in RFC
1516. The repeater auto-partitioned this port because it
detected an 'excessive length collision' condition.
A value of excessiveCollisionAndMgmtPart(5) indicates that the
port currently has a rptrAutoPartitionState of
autoPartitioned(2) and a rptrPortOperStatus of
notOperational(2), as defined in RFC 1516. The repeater
auto-partitioned this port because it detected an 'excessive
length collision' condition.
A value of consecutiveCollisions(6) indicates that the port
currently has a rptrAutoPartitionState of autoPartitioned(2)
and a rptrPortOperStatus of operational(1), as defined in RFC
1516. The repeater auto-partitioned this port because it
detected an 'excessive number of consecutive collisions'
condition.
A value of consecutiveCollisionsandMgmtPart(7) indicates that
the port currently has a rptrAutoPartitionState of
autoPartitioned(2) and a rptrPortOperStatus of
notOperational(2), as defined in RFC 1516. The repeater
auto-partitioned this port because it detected an 'excessive
number of consecutive collisions' condition.
A value of jabber(8) indicates that the port currently has a
rptrAutoPartitionState of autoPartitioned(2) and a
rptrPortOperStatus of operational(1), as defined in RFC 1516.
The repeater auto-partitioned this port because it detected an
'excessive length input message' condition.
A value of jabberAndMgmtPart(9) indicates that the port
currently has a rptrAutoPartitionState of autoPartitioned(2)
and a rptrPortOperStatus of notOperational(2), as defined in
RFC 1516. The repeater auto-partitioned this port because it
detected an 'excessive length input message' condition.
A value of noCarrierLoopback(10) indicates that the port
currently has a rptrAutoPartitionState of autoPartitioned(2)
and a rptrPortOperStatus of operational(1), as defined in RFC
1516. The repeater auto-partitioned this port because it
detected a 'no receive activity during transmission' condition.
A value of noCarrierLoopbackAndMgmtPart(11) indicates that the
port currently has a rptrAutoPartitionState of
autoPartitioned(2) and a rptrPortOperStatus of
notOperational(2), as defined in RFC 1516. The repeater
auto-partitioned this port because it detected a 'no receive
activity during transmission' condition.
A value of transmitCarrierDropout(12) indicates that the port
currently has a rptrAutoPartitionState of autoPartitioned(2)
and a rptrPortOperStatus of operational(1), as defined in RFC
1516. The repeater auto-partitioned this port because it
detected a 'transmit carrier drop' condition.
A value of transmitCarrierDropoutAndMgmtPart(13) indicates that
the port currently has a rptrAutoPartitionState of
autoPartitioned(2) and a rptrPortOperStatus of
notOperational(2), as defined in RFC 1516. The repeater
auto-partitioned this port because it detected a 'transmit
carrier drop' condition.
Parsed from file DECHUB900-ERPTR-MIB-V3-0.mib
Module: DECHUB900-ERPTR-MIB-V3-0
Vendor: DEC
Module: DECHUB900-ERPTR-MIB-V3-0
[Automatically extracted from oidview.com]
erptrPortPartitionReason OBJECT-TYPE SYNTAX INTEGER { unknown(1), notPartitioned(2), managementPartitioned(3), excessiveCollision(4), excessiveCollisionAndMgmtPart(5), consecutiveCollisions(6), consecutiveCollisionsAndMgmtPart(7), jabber(8), jabberAndMgmtPart(9), noCarrierLoopback(10), noCarrierLoopbackandMgmtPart(11), transmitCarrierDropout(12), transmitCarrierDropoutAndMgmtPart(13), forcedReconnection(14) } ACCESS read-only STATUS mandatory DESCRIPTION "This object describes the reason why a port is currently auto-partitioned or otherwise disabled. A value of unknown(1) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516, but the implementation cannot determine the exact reason why the port has auto-partitioned. A value of notPartitioned(2) indicates that the port currently has a rptrAutoPartitionState of notAutoPartitioned(1) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. A value of managementPartitioned(3) indicates that the port currently has a rptrPortAdminStatus of disabled(2) (or is otherwise not operational) and a rptrAutoPartitionState of notAutoPartitioned(1), as defined in RFC 1516. However, if the port currently has a rptrPortAdminStatus of disabled(2) and a rptrAutoPartitionState of autoPartitioned(2), but the implementation cannot determine the exact reason why the port has auto-partitioned, then a value of managementPartitioned(3) is returned. A value of excessiveCollision(4) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive length collision' condition. A value of excessiveCollisionAndMgmtPart(5) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of notOperational(2), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive length collision' condition. A value of consecutiveCollisions(6) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive number of consecutive collisions' condition. A value of consecutiveCollisionsandMgmtPart(7) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of notOperational(2), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive number of consecutive collisions' condition. A value of jabber(8) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive length input message' condition. A value of jabberAndMgmtPart(9) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of notOperational(2), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive length input message' condition. A value of noCarrierLoopback(10) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. The repeater auto-partitioned this port because it detected a 'no receive activity during transmission' condition. A value of noCarrierLoopbackAndMgmtPart(11) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of notOperational(2), as defined in RFC 1516. The repeater auto-partitioned this port because it detected a 'no receive activity during transmission' condition. A value of transmitCarrierDropout(12) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. The repeater auto-partitioned this port because it detected a 'transmit carrier drop' condition. A value of transmitCarrierDropoutAndMgmtPart(13) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of notOperational(2), as defined in RFC 1516. The repeater auto-partitioned this port because it detected a 'transmit carrier drop' condition." REFERENCE "Reference IEEE 802.3 Std, 9.6.6 Auto-Partitioning/Reconnection." ::= { erptrPortEntry 5 }
erptrPortPartitionReason OBJECT-TYPE SYNTAX INTEGER { unknown(1), notPartitioned(2), managementPartitioned(3), excessiveCollision(4), excessiveCollisionAndMgmtPart(5), consecutiveCollisions(6), consecutiveCollisionsAndMgmtPart(7), jabber(8), jabberAndMgmtPart(9), noCarrierLoopback(10), noCarrierLoopbackandMgmtPart(11), transmitCarrierDropout(12), transmitCarrierDropoutAndMgmtPart(13), forcedReconnection(14) } ACCESS read-only STATUS mandatory DESCRIPTION "This object describes the reason why a port is currently auto-partitioned or otherwise disabled. A value of unknown(1) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516, but the implementation cannot determine the exact reason why the port has auto-partitioned. A value of notPartitioned(2) indicates that the port currently has a rptrAutoPartitionState of notAutoPartitioned(1) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. A value of managementPartitioned(3) indicates that the port currently has a rptrPortAdminStatus of disabled(2) (or is otherwise not operational) and a rptrAutoPartitionState of notAutoPartitioned(1), as defined in RFC 1516. However, if the port currently has a rptrPortAdminStatus of disabled(2) and a rptrAutoPartitionState of autoPartitioned(2), but the implementation cannot determine the exact reason why the port has auto-partitioned, then a value of managementPartitioned(3) is returned. A value of excessiveCollision(4) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive length collision' condition. A value of excessiveCollisionAndMgmtPart(5) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of notOperational(2), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive length collision' condition. A value of consecutiveCollisions(6) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive number of consecutive collisions' condition. A value of consecutiveCollisionsandMgmtPart(7) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of notOperational(2), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive number of consecutive collisions' condition. A value of jabber(8) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive length input message' condition. A value of jabberAndMgmtPart(9) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of notOperational(2), as defined in RFC 1516. The repeater auto-partitioned this port because it detected an 'excessive length input message' condition. A value of noCarrierLoopback(10) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. The repeater auto-partitioned this port because it detected a 'no receive activity during transmission' condition. A value of noCarrierLoopbackAndMgmtPart(11) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of notOperational(2), as defined in RFC 1516. The repeater auto-partitioned this port because it detected a 'no receive activity during transmission' condition. A value of transmitCarrierDropout(12) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of operational(1), as defined in RFC 1516. The repeater auto-partitioned this port because it detected a 'transmit carrier drop' condition. A value of transmitCarrierDropoutAndMgmtPart(13) indicates that the port currently has a rptrAutoPartitionState of autoPartitioned(2) and a rptrPortOperStatus of notOperational(2), as defined in RFC 1516. The repeater auto-partitioned this port because it detected a 'transmit carrier drop' condition." REFERENCE "Reference IEEE 802.3 Std, 9.6.6 Auto-Partitioning/Reconnection." ::= { erptrPortEntry 5 }
| OID | Name | Sub children | Sub Nodes Total | Description |
|---|---|---|---|---|
| 1.3.6.1.4.1.36.2.18.11.5.1.1.1.3.1.1.1 | erptrPortGroupIndex | 0 | 0 | This object identifies the group containing the port for which this entry contains information. This value is never greater than … |
| 1.3.6.1.4.1.36.2.18.11.5.1.1.1.3.1.1.2 | erptrPortIndex | 0 | 0 | This object identifies the port within the group for which this entry contains information. This value is never greater than the… |
| 1.3.6.1.4.1.36.2.18.11.5.1.1.1.3.1.1.3 | erptrPortName | 0 | 0 | An administratively-assigned name for this repeater port. Note: The state of this object is preserved when the repeater undergoes… |
| 1.3.6.1.4.1.36.2.18.11.5.1.1.1.3.1.1.4 | erptrPortPartitions | 0 | 0 | This counter increments by one each time the repeater auto-partitions this port or the port becomes disabled or otherwise not ope… |
| 1.3.6.1.4.1.36.2.18.11.5.1.1.1.3.1.1.6 | erptrPortMAUType | 0 | 0 | This object indicates the type of Medium Attachment Unit (MAU) associated with this port. unknown(1) - cannot determine MAU type.… |
| 1.3.6.1.4.1.36.2.18.11.5.1.1.1.3.1.1.7 | erptrPortSQETestError | 0 | 0 | This object indicates whether or not a port has detected SQE Test messages from its attached MAU. The value of this object persi… |